Answer:
Carbonic anhydrase being a catalytic enzymes, facilitates the reaction by decreasing the amount of energy needed to complete the reaction.
Explanation:
The above enzyme Carbonic anhydrase facilitates the reaction between carbon dioxide and water. High concentration of carbon dioxide in the blood triggers this reaction. The reaction results in the formation of carbonic acid which is again reversed into carbon dioxide and water when blood reaches the lung. The carbon dioxide is exhaled through expiration. As carbonic anhydrase is a catalyst, hence it lowers the requisition of energy for transitional and activation phase of the reaction. This also account for fastest action of carbonic anhydrase enzyme with very high rates of reaction.
Answer:
misapprehend or misinterpret
Explanation:
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Answer:
The cascade is responsible for amplification of the signal, so one activated receptor can have a significant response.
Explanation:
Signal transduction is any process occurring within cells that convert one type of signal/stimulus into another type. It is known as cell signalling in which transmission of molecular signals from a cell's exterior to its interior. Signals transmitted by cells must be transmitted effectively into cell to ensure an appropriate response. This step is initiated by cell surface receptors which triggers a biochemical chain os events inside the cell, creating a response.
Cascades are responsible to relay the signals hence these multisteps pathways can amplify a signal. Hence,The cascade is responsible for amplification the signal, so one activated receptor can have a significant response.
Cellular respiration uses oxygen and generates carbon dioxide. Photosynthesis uses carbon dioxide and generates oxygen. Its a cycle.
Simple answer is Cell membrane provides protection to the inner parts of the cell in animals and the surface over microscope provides the protection to its magnifying class.
